concept: breathe new life into ancient cuneiform - the oldest form of human writing
year: 2017, 2019
research question: How can technology help us reimagine our past?
execution: I trained an image generation neural network on a large corpus of transcription drawings of Sumerian cuneiform tablets and used it to generate entirely new cuneiform writings. I iterated on the output of the cuneiform-AI and created a variety of new hyper-digital/physical/augmented reality versions of this ancient form of memory-encoding. In the latest iteration I brought the AI cuneiform together with some of the original tablets at the Met-Museum - in AR.
Cuneiform is regarded as one of the earliest systems of human writing and encoding of information. It was common during the Sumerian period in the fourth millennium BC. A blunt reed was used to stamp words and letters into small pieces of clay. The content of the tablets ranged from financial data to epic adventures. The neural network learned cuneiform by abstracting pixel-data of the items in the tablet-corpus. After that it was able to generate new tablets on its own. During this process the AI maps out the collective unconscious of the Sumerian civilization 4000 years ago, abstracts it mathematically and uses this to continue the production of entirely new cuneiform writings. The generative approach in combination with augmented reality represents a playful form of AI-driven memory: a hyperspace archeology that breathes new life into historic artifacts and puts them into a contemporary context.
tools: AI (DCGAN), AR (Apple QuickLook), laser etching, processing, 3D rendering